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Find the following derivative (assuming that r(t) is differentiable). [r″(1) · (r'(t) × r(t))] (A) r(t)- (r(t) × r(t)) (B) r(t) (r"(t) × r(t)) (C) r"(t) (r'(t) × r(t)) (D) r(t)- (r"(t) × r(t)) (E) r(t) (r(t) r(t)) (F) r(t) (r"(t) × r(t)) (G) r(t) (r(t) r(t)) (H) r(t) (r(t) r"(t))

Find the following derivative (assuming that r(t) is differentiable). [r″(1) · (r'(t) × r(t))] (A) r(t)- (r(t) × r(t)) (B) r(t) (r"(t) × r(t)) (C) r"(t) (r'(t) × r(t)) (D) r(t)- (r"(t) × r(t)) (E) r(t) (r(t) r(t)) (F) r(t) (r"(t) × r(t)) (G) r(t) (r(t) r(t)) (H) r(t) (r(t) r"(t))

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Find the following derivative (assuming that r(t) is differentiable). [r'(1) - (r' (t) × r(t))] (A) r(t)- (r(t) × r(t)) (B) r(t) (r"(t) × r(t)) (C) r"(t) (r'(t) × r(t)) (D) r(t) (r"(t) × r(t)) (E) r(t) (r(t) r(t)) (F) r(t) (r"(t) × r(t)) (G) r(t) (r(t) r(t)) (H) r(t) (r(t) r"(t))
Transcribed Image Text:Find the following derivative (assuming that r(t) is differentiable). [r'(1) - (r' (t) × r(t))] (A) r(t)- (r(t) × r(t)) (B) r(t) (r"(t) × r(t)) (C) r"(t) (r'(t) × r(t)) (D) r(t) (r"(t) × r(t)) (E) r(t) (r(t) r(t)) (F) r(t) (r"(t) × r(t)) (G) r(t) (r(t) r(t)) (H) r(t) (r(t) r"(t))
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